We all have phones and we can create apps too. This makes a Arduino a bit isolated without connectivity.
Using some of these Shields you can gift Smartphone Power to your Arduino. Create a Home Automation System with a Smartphone App control. An interactive Robot with SMS. Create a Process Automation System with SMS Alerts too.
3G + GPS shield for Arduino
Connect to high speed WCDMA and HSPA cellular networks. Make web interactive project like the “Internet of Things”. The module counts also with an internal GPS what enables the location of the device outdoors and indoors.
- HTTP and HTTPS (secure mode) navigation, download, upload to web server.
- FTP and FTPS (secure mode) protocols are also available.
- Send and receive mails from Arduino using the SMTP and POP3 clients.
Arduino GSM Shield
The Arduino GSM Shield connects your Arduino to the internet using the GPRS wireless network. Just plug this module onto your Arduino board, plug in a SIM card from an operator offering GPRS coverage and follow a few simple instructions to start controlling your world through the internet. You can also make/receive voice calls (you will need an external speaker and microphone circuit) and send/receive SMS messages.
GPRS Shield V1.0
The GPRS Shield is compatible with all boards which have the same form factor (and pinout) as a standard Arduino Board. The GPRS Shield is configured and controlled via its UART using simple AT commands. Based on the SIM900 module from SIMCOM, the GPRS Shield is like a cell phone. Besides the communications features, the GPRS Shield has 12 GPIOs, 2 PWMs and an ADC.
“Our products are designed to configure themselves on most networks. The development environment is something you already use every day: Your web browser and text editor.”
ARMduino and Coridium – Network Friendly Embedded Systems
ARMmite PRO – Low-cost SBC – Coridium
- Arduino PRO footprint compatible
- Compatible with 5V shields
- Development software Basic and C
- ARM7 CPU running at 60 Mhz
- 24 TTL compatible digital I/O
- 7 10-bit A/D converters, 100 KHz sample rate
- 8 Hardware PWM channels
- Internal supplies of 5V, 3.3V and 1.8V
He has a Embedded Systems Programming Blog where you can read and learn programming for the small SBCs and Testing Chips on “USB Stick SBCs” that are now a standard.
Code and Life – Joonas Pihlajamaa
He has useful tutorials on V-USB which is a software-only implementation of a low-speed USB device for ‘s AVR microcontrollers.
He also has many ideas on PC Interface Hardware and Code that may help Home Automation Projects. He reviews embedded starter evaluation boards. Many ideas on Audio and Video using these uC boards.
Arduino Uno and Raspberry Pi to talk to each other
“All that was needed between the two devices was some jumper wire and two 1 kOhm resistors to form a voltage divider between Arduino TX pin and Pi RX pin – Arduino understands Pi’s 3.3V signal levels just fine so Pi TX to Arduino RX needed no voltage shifting at all.”
High quality and cost effective solutions for embedding speech or voice recognition capabilities to almost any application. EasyVR Arduino Shield is the Add-on module that rides piggyback on the Arduino.
Embedded Voice Recognition – VeeaR
The EasyVR 2.0 is a multi-purpose speech recognition module. The EasyVR module can be used with any host with an UART interface powered at 3.3V – 5V, such as PIC and Arduino boards. It is ideal for applications such as home automation (voice controlled light switches, locks, beds) or adding hearing to most popular robots on the market.
The SmartVR Module is an easy-to-use speech recognition platform that includes a vast range of speech recognition capabilities and is also capable of running as a stand-alone microcontroller without the need of a host processor.
The EasyVR Arduino Shield 2.0 introduces the ability for users to create up to 28 of their own custom Speaker Independent (SI) Command Vocabularies using the Quick T2SI Lite Software (license available separately).
Additionally the EeasyVR 2.0 includes SonicNet technology for wireless communication between modules or any other sound source. DTMF tone generation is also included.
Interface an Arduino to electronic sensors to make these basic measurements. These are needed in your Garage, Basement, Attic or Loft; The Living Room too, Humidity and Temperature have an impact on your health and also the life of the furniture and wood construction material too.
Temperature and Humidity with Arduino
This device will show air temperature in C and F, and % Humidity on an LCD display. A DHT11 Humidity and Temperature Sensor converts the Real world Parameters of Temp/RH into readable Volts for the Arduino A/D section.
Digital output temperature and humidity sensor DHT11
DHT11 from Aosong is a digital temperature and humidity sensor. A type of composite Sensor that contains a calibrated digital signal output of the temperature and humidity.
“Application of a dedicated digital modules collection technology and the temperature and humidity sensing technology, to ensure that the product has high reliability and excellent long-term stability. The sensor includes a resistive sense of wet components and an NTC temperature measurement devices, and connected with a high-performance 8-bit microcontroller.”
This page is intended to be a source of information for those interested in Motorola MC68HC05, MC68HC08, MC68HC11 and MC68HC12 Microcontrollers.
Rogers Embedded Microcontrollers
Six Digit LED Clock Display – The board is driven by a Maxim MAX7219 which has a serial interface; it can be controlled by a any microcomputer with a SPI or three output lines. The board is 2.75 inches by 6.5 inches in size; mounting four .8 inch LED displays and two .56 inch displays as well as six individual LEDs, a 7805, the MAX7219, and a five pin header.
Sleeping Beauty – Arduino Compatible ATmega1284p board
The Sleeping Beauty is an Arduino Compatible board using an ATmega1284p. The board was designed by Wayne Chu. The size and function are the same as an Arduino UNO r3.
It has all the necessary components of an Arduino compatible UNO board but adds several devices useful for software development and education. These are briefly described below:
PC Parallel Port, BasicX, BASIC Stamp, 68HC11, PIC, PICAXE, Data Acquisition and Control, Serial Control and Measurement. Many Microchip PIC Types , Use of a PC Printer Port for Control and Data Acquisition, 68HC11 Assembly Language ProgrammingParallel Port Interfacing with 2, 3 and 4 Wire Serial Devices.
Peter H. Anderson – Embedded Processor Control
This is a combination of LCD PIC, an assembled printed circuit board from ModernDevice.com, a 20X4 LCD with Blue / White backlight and interfacing connector. – The Arduino Processor
Assembled Serial LCD with Blue LCD
(this is a very useful computer interfacing resource for instrumentation – delabs)